Artur P. Biela

This study produces and functionalizes feline parvovirus VLPs using click-chemistry for antigen presentation and receptor-mediated targeting.

This study identifies glycosaminoglycans as activators of PAD4, showing they enhance Ca2+ affinity and induce NETosis, with implications for rheumatoid arthritis.

The paper demonstrates a method to create extended plasmonic nanostructures using tobacco mosaic virus coat protein templates, forming hexagonal or square packed sheets and core-shell nanorods with gold nanoparticles.

This study reports high-resolution cryo-EM structures of tobacco mosaic virus coat protein disks, revealing new insights into viral assembly and differences between bacterial and plant-produced coat proteins.